CN108676199A - The raw material and manufacturing step of enhanced hanging belt - Google Patents

The raw material and manufacturing step of enhanced hanging belt Download PDF

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Publication number
CN108676199A
CN108676199A CN201810352133.3A CN201810352133A CN108676199A CN 108676199 A CN108676199 A CN 108676199A CN 201810352133 A CN201810352133 A CN 201810352133A CN 108676199 A CN108676199 A CN 108676199A
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China
Prior art keywords
message
parts
transmitted
size
period
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Inventor
王志玉
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Jiangsu Tianhua Rigging Co Ltd
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Jiangsu Tianhua Rigging Co Ltd
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Priority to CN201810352133.3A priority Critical patent/CN108676199A/en
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    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08L—COMPOSITIONS OF MACROMOLECULAR COMPOUNDS
    • C08L3/00—Compositions of starch, amylose or amylopectin or of their derivatives or degradation products
    • C08L3/02—Starch; Degradation products thereof, e.g. dextrin
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66C—CRANES; LOAD-ENGAGING ELEMENTS OR DEVICES FOR CRANES, CAPSTANS, WINCHES, OR TACKLES
    • B66C1/00—Load-engaging elements or devices attached to lifting or lowering gear of cranes or adapted for connection therewith for transmitting lifting forces to articles or groups of articles
    • B66C1/10—Load-engaging elements or devices attached to lifting or lowering gear of cranes or adapted for connection therewith for transmitting lifting forces to articles or groups of articles by mechanical means
    • B66C1/12—Slings comprising chains, wires, ropes, or bands; Nets
    • B66C1/18—Band-type slings
    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08K—Use of inorganic or non-macromolecular organic substances as compounding ingredients
    • C08K3/00—Use of inorganic substances as compounding ingredients
    • C08K3/18—Oxygen-containing compounds, e.g. metal carbonyls
    • C08K3/20—Oxides; Hydroxides
    • C08K3/22—Oxides; Hydroxides of metals
    • C08K2003/2237—Oxides; Hydroxides of metals of titanium
    • C08K2003/2241—Titanium dioxide
    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08K—Use of inorganic or non-macromolecular organic substances as compounding ingredients
    • C08K3/00—Use of inorganic substances as compounding ingredients
    • C08K3/18—Oxygen-containing compounds, e.g. metal carbonyls
    • C08K3/20—Oxides; Hydroxides
    • C08K3/22—Oxides; Hydroxides of metals
    • C08K2003/2296—Oxides; Hydroxides of metals of zinc
    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08K—Use of inorganic or non-macromolecular organic substances as compounding ingredients
    • C08K3/00—Use of inorganic substances as compounding ingredients
    • C08K3/18—Oxygen-containing compounds, e.g. metal carbonyls
    • C08K3/24—Acids; Salts thereof
    • C08K3/26—Carbonates; Bicarbonates
    • C08K2003/265—Calcium, strontium or barium carbonate
    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08K—Use of inorganic or non-macromolecular organic substances as compounding ingredients
    • C08K2201/00—Specific properties of additives
    • C08K2201/011—Nanostructured additives
    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08L—COMPOSITIONS OF MACROMOLECULAR COMPOUNDS
    • C08L2205/00—Polymer mixtures characterised by other features
    • C08L2205/02—Polymer mixtures characterised by other features containing two or more polymers of the same C08L -group
    • C08L2205/025—Polymer mixtures characterised by other features containing two or more polymers of the same C08L -group containing two or more polymers of the same hierarchy C08L, and differing only in parameters such as density, comonomer content, molecular weight, structure
    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08L—COMPOSITIONS OF MACROMOLECULAR COMPOUNDS
    • C08L2205/00—Polymer mixtures characterised by other features
    • C08L2205/03—Polymer mixtures characterised by other features containing three or more polymers in a blend
    • C08L2205/035—Polymer mixtures characterised by other features containing three or more polymers in a blend containing four or more polymers in a blend
    • C—CHEMISTRY; METALLURGY
    • C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
    • C08L—COMPOSITIONS OF MACROMOLECULAR COMPOUNDS
    • C08L2205/00—Polymer mixtures characterised by other features
    • C08L2205/14—Polymer mixtures characterised by other features containing polymeric additives characterised by shape
    • C08L2205/16—Fibres; Fibrils

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  • Chemical & Material Sciences (AREA)
  • Health & Medical Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Medicinal Chemistry (AREA)
  • Polymers & Plastics (AREA)
  • Organic Chemistry (AREA)
  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Information Transfer Between Computers (AREA)

Abstract

A kind of raw material and manufacturing step of enhanced hanging belt, the raw material of the enhanced hanging belt include：Polyethylene terephthalate that parts by weight are 92 112 parts, the polystyrene that parts by weight are 18 24 parts, the ethylene oxide that parts by weight are 28 parts, the oxidized polyethylene wax that parts by weight are 17 parts, the paraffin that parts by weight are 0.8 1.4 parts, the lime stone that parts by weight are 12 14 parts, the 3 mercapto hydroxypropyl methyl dimethoxysilanes that parts by weight are 13 parts and vaseline that parts by weight are 24 parts.The defect of rotary bending fatigue intensity and the not low environment of contact fatigue strength requirement can not possibly be met by effectively preventing hanging belt of the rotary bending fatigue intensity no more than 133MPa, impact flexibility no more than 324MPa in the prior art.

Description

The raw material and manufacturing step of enhanced hanging belt
Technical field
The present invention relates to hanging belt technical fields, and in particular to a kind of raw material and manufacturing step of enhanced hanging belt.
Background technology
Hanging belt is a kind of very common lifting tool, and the hanging belt on traditional market, the material used is mostly polyamides Amine, polyester, polypropylene filament, insufficient strength and weight is larger increase the burden of lifting machine when in use.The stock of core material, Rope gradation twisting, causes the load bearing stength of hanging belt that cannot be improved to greatest extent.By hanging belt material and make work The improvement of skill can be such that the performance of hanging belt is further promoted completely, more be required with meeting in practical application.
Just be proposed improved hanging belt by improving, using it is most common be exactly application No. is 201110437970.4, The applying date is 2011.12.23 and patent name is to be carried in " a kind of high polymer polyethylene fiber tubular sling and preparation method thereof " The high polymer polyethylene fiber tubular sling for belonging to hanging belt supplied, however when application, the hanging belt survivability is not Foot, specifically rotary bending fatigue intensity and contact fatigue strength is inadequate, and rotary bending fatigue intensity is not more than 133MPa, Impact flexibility is not more than 324MPa, and such hanging belt can not possibly meet rotary bending fatigue intensity and contact fatigue strength requirement not Low environment.
Invention content
To solve the above problems, the present invention provides a kind of raw material and manufacturing step of enhanced hanging belt, effectively avoid Hanging belt of the rotary bending fatigue intensity no more than 133MPa, impact flexibility no more than 324MPa can not possibly expire in the prior art Sufficient rotary bending fatigue intensity requires the defect of not low environment with contact fatigue strength.
A kind of raw material and manufacturing step of enhanced hanging belt in order to overcome the deficiencies in the prior art, the present invention provides Solution, it is specific as follows：
A kind of raw material of enhanced hanging belt, the raw material of the enhanced hanging belt include：Parts by weight are 12-16 parts PP that PU, parts by weight are 8-16 parts, the ABS that parts by weight are 8-16 parts, the starch that parts by weight are 72-98 parts, parts by weight Apple pomace that number is 6-12 parts, the stalk fibre that parts by weight are 16-24 parts, the nano zine oxide that parts by weight are 2-4 parts, again It is 92-112 parts to measure Nano chitosan, the nano-titanium dioxide that parts by weight are 8-14 parts, parts by weight that number is 18-22 parts Polyethylene terephthalate, the polystyrene that parts by weight are 18-24 parts, the ethylene oxide that parts by weight are 2-8 parts, Oxidized polyethylene wax that parts by weight are 1-7 parts, the paraffin that parts by weight are 0.8-1.4 parts, the stone that parts by weight are 12-14 parts The 3- mercapto hydroxypropyl methyl dimethoxysilanes that lime stone, parts by weight are 1-3 parts and the vaseline that parts by weight are 2-4 parts.
The manufacturing step of the enhanced hanging belt, includes the following steps：
Step a, it is 8-16 parts the PU that parts by weight are 12-16 parts, the PP that parts by weight are 8-16 parts, parts by weight Starch that ABS, parts by weight are 72-98 parts, the apple pomace that parts by weight are 6-12 parts, the stalk that parts by weight are 16-24 parts Nano zine oxide, the Nano chitosan that parts by weight are 18-22 parts and the parts by weight that fiber, parts by weight are 2-4 parts are 8- 14 parts of nano-titanium dioxide mixes and is mixing uniformly to form mixture one；
Step b, mixture is executed fragmentation once enclosed fragmentation machine, obtains fragmentation particulate matter；
Step c, it is 18-24 parts polyethylene terephthalate that parts by weight are 92-112 parts, parts by weight Ethylene oxide that polystyrene, parts by weight are 2-8 parts, the oxidized polyethylene wax that parts by weight are 1-7 parts, parts by weight are 0.8-1.4 parts of paraffin, the lime stone that parts by weight are 12-14 parts, the 3- mercapto hydroxypropyl methyl dimethoxies that parts by weight are 1-3 parts The vaseline that base silane and parts by weight are 2-4 parts mixes and is mixing uniformly to form mixture two；
Step d, mixture two is put into crucible and is heated, heating temperature is 100-120 degree, and heating time is ranging from 12-28 minutes, then the mixture two after heating is mixed thoroughly, then after mixing thoroughly mixture two and fragmentation particulate matter be placed in pressure Briquet on piece machine, pelletizing temperature are 80-120 degree, are naturally cooled under the environment temperature of 18-22 degree after tabletting 18-22 degree, then cuts into the material of briquet the shape of hanging belt, and enhanced hanging belt has been made in this way.
In addition in the environment under the environment temperature of 18-22 degree, temperature sensor is provided in the environment, temperature passes Sensor connects data transmitter-receiver set, and data transmitter-receiver set connects Cloud Server by communication network, in this way via temperature sensor Temperature information in environment is transmitted to data transmitter-receiver set, then the temperature is believed by communication network by data transmitter-receiver set Breath is reported to Cloud Server.
The manufacturing step of the enhanced hanging belt, specific steps include：
The method that the temperature information is reported to Cloud Server is included such as by communication network by the data transmitter-receiver set Lower step：
Step 2-1, when the transmission for having arrived temperature information, data transmitter-receiver set obtains in the array transmitted temporarily The message deposited transmits and is used for keeping in the message that Cloud Server does not have identification in the array for being used for transmitting；
Step 2-2, it is temporary by the interruption period and setting transmitted for message, the message kept in the array transmitted The period maximum value of message assert the final transmission size for this time transmitting message；
Step 2-3, by for being kept in the array transmitted pervious transmission moment of message and it is final transmit size, Through in the message kept in the array transmitted, obtaining the message to be transmitted；
Step 2-4, the message to be transmitted towards Cloud Server.
By the temporary message for message, the interruption period that message transmits and the setting kept in the array transmitted when Section maximum value assert the final transmission size for this time transmitting message, including such as under type：
By the period maximum value for the temporary message for being interrupted period and setting that message transmits, identification delivers how many times；
By for the message kept in the array transmitted and how many times are delivered, the final biography for this time transmitting message is assert Pass size.
By for being kept in the array transmitted pervious transmission moment of message and it is final transmit size, through being used for passing In the message kept in the array passed, the message to be transmitted is obtained, including such as under type：
Size is transmitted by final, through for obtaining final message in the message kept in the array transmitted；
Assert whether final message transmits for the first time；
If final message is to transmit for the first time, it is big less than the current message to be transmitted assert in addition finally to transmit size It is small, final message is just treated as the message to be transmitted；
If final message is not to transmit for the first time, the size of period one of final message compared with the size of period two；
It is less than the size of period one in the size of the period two of final message, in addition final transmission size is less than has recognized now Final message is just treated as the message to be transmitted by the fixed message size to be transmitted；
Here, the size of period one be on final message one the transmission moment with the period between present moment, the period two Size is that Cloud Server executes message assert to be correct period size.
The method that the temperature information is reported to Cloud Server by the data transmitter-receiver set by communication network, is also wrapped It includes：
If the quantity for delivering how many times of a random message has arrived at the number of setting and has not all been transmitted to correctly When Cloud Server, just message is disposed with the message between the message of setting.
The message to be transmitted towards Cloud Server, including such as under type：
By the bandwidth of communication network, the number of bits transmitted while message is assert；
By the translation sequence of the number of bits, the message and the message to be transmitted to be transmitted transmitted simultaneously, to transmit Message execute division, obtain the corresponding message group of number of bits of transmission simultaneously；
Towards Cloud Server message group is transmitted in the way of once one bit of transmission.
The method that the temperature information is reported to Cloud Server by the data transmitter-receiver set by communication network, specifically Including step：
Step 3-1, temperature information is formed message by data transmitter-receiver set, then message is temporarily stored in the array for transmitting In；
When data transmitter-receiver set keeps in message in the array for transmitting, temporary message with setting it is temporary when Section maximum value is correctly transmitted to Cloud Server, just by Cloud Server in temporary message the temporary period maximum value of setting Assert, after such data transmitter-receiver set can be assert learning message by Cloud Server, the message is passed through the array for being used for transmitting In dispose；It is not transmitted to Cloud Server, data transmit-receive dress correctly in the temporary period maximum value of setting in temporary message It sets the message is passed through can straight in the array for being used for transmitting and dispose；
For, also with setting for the array size transmitted, the message of setting number can be kept in the array transmitted.
When step 3-2, when the transmission for having arrived temperature information, data transmitter-receiver set obtains in the array transmitted temporarily The message deposited；
There is data transmitter-receiver set timing module, the timing module request can be transmitted towards data transmitter-receiver set by the period Message, come the message for activating data transmitter-receiver set acquisition to be used for keeping in the array transmitted；Here, timing module is towards data transmit-receive The interruption period that device transmits between request message is sized to be 0.04 second, 0.06 second or 0.07 second；Transmitting temperature information Period, as long as all request message is transmitted towards data transmitter-receiver set every 0.04 second, 0.06 second or 0.07 second timing module, to activate number Start to obtain the operation for the message kept in the array transmitted according to R-T unit；
Step 3-3, data transmitter-receiver set relies on the interruption period that the message kept in the array for being used for transmitting, message transmit With the period maximum value of the temporary message of setting, assert that this transmits the final transmission size of message；
The period maximum value for having setting temporary for the message kept in in the array transmitted, it is ensured that for what is transmitted The message kept in array is correctly transmitted in Cloud Server in the temporary period maximum value of setting, and data transmitter-receiver set is every Before transmitting message, it can rely on the message kept in the array for being used for transmitting, the interruption period of message transmission and setting The period maximum value of temporary message assert that the final transmission size for this time sending message, the final transmission size are to be shown in Before message for being kept in the array transmitted arrives at the temporary period maximum value of setting, in the array transmitted temporarily The minimum required transmission size to be used when being transmitted of the message deposited；Here, the interruption period that message transmits is the same as meter When module towards data transmitter-receiver set transmit request message period it is in the same size；
Interruption period that message that the collector is kept in by for the array transmitted, message transmit and setting The period maximum value of temporary message can run such as under type when assert the final transmission size for this time transmitting message：
Originally how much, the period maximum value of the temporary message for the interruption period and setting transmitted by message, assert transmission Secondary quantity；
Here, the quantity for transmitting how many times is in the temporary period maximum value of setting in the array transmitted Temporary message transmits the maximum value of how many times；When deriving the quantity for transmitting how many times, the temporary message of setting when Section maximum value is divided by with the interruption period that message transmits, and the quotient of acquisition as the quantity for transmitting how many times；
Then, by for being kept in the array transmitted message and transmit the quantity of how many times, assert and this time transmit report The final transmission size of text；
It, can be same for message temporary in the array transmitted when assert the final transmission size for this time transmitting message The quantity for transmitting how many times is divided by, also the quotient of acquisition as the final transmission size of this transmission message；
3-4, data transmitter-receiver set rely on pervious transmission moment of the message for being used for being kept in the array transmitted and final Size is transmitted, through being gone through for the message kept in the array transmitted, obtains the message to be transmitted；
The final transmission size assert in the transmission moment and the 3-3 by the transmission message of preservation, data transmit-receive dress Set the message kept in by for the array transmitted the pervious transmission moment and it is final transmit size, through for transmitting Can include following method when obtaining the message to be transmitted in the message kept in array：
(1) rely on it is final transmit size, through for obtaining final message in the message kept in the array transmitted；
(2) assert whether final message transmits for the first time：
Specifically, because storing the message information transmitted on data transmitter-receiver set, data transmitter-receiver set can be with Identification is executed by means of the message information of the transmission of storage；If retrieved in the message information of transmission of the data transmitter-receiver set through storage The message ID of final message is transmitted for the first time it is assumed that finally message is non-；If the message of transmission of the data transmitter-receiver set through storage The message ID of final message is not retrieved in information, it is assumed that final message is to transmit for the first time；
By the identification to final message, if final message is to transmit for the first time, it is less than now in addition finally transmitting size Final message is just treated as the message to be transmitted by the message size to be transmitted assert；If final message is not to pass for the first time It passs, in addition final message must also be continued to assert, it, must be the size same period of the period one of final message when continuing identification Two size executes comparison, and the size of the period one of final message is less than in the size of period two, indicates the identification of final message Period is not short, and perhaps this message cannot be assert by Cloud Server, is wanted in this way less than what is assert now if finally transmitting size The message size of transmission, you can final message is served as the message to be transmitted；Here, the size of period one is one on final message The transmission moment with the period between present moment, the message information of the transmission of data transmitter-receiver set storage can be relied on to execute identification； It is detailed assert when, first obtain the size of the round-trip period of each message of data transmitter-receiver set last time transmission, then The size for each of obtaining the round-trip period is averaged, and obtains mean value one, each message then transmitted twice on obtaining it is past The size for returning the period averages the size for each of obtaining the round-trip period, obtains mean value two, by the mean value one obtained with Value two just releases the size of period two；Specifically, the size of period two is that 1/8th products for being multiplied by mean value one add eight points Seven be multiplied by mean value product is obtained and value；
During the size of the period one of final message is executed comparison with the size of period two, if final message when The size of section one is less than the size of period two, indicates the size of assert period of the size in license of the identification period of final message In range；
Step 3-5, data transmitter-receiver set is towards the Cloud Server message to be transmitted
Beneficial effects of the present invention are：
Thus obtained enhanced hanging belt improves rotary bending fatigue intensity and contact fatigue strength, and it is curved to meet rotation Bent fatigue strength requires not low environment, survivability strong with contact fatigue strength.
When the transmission for having arrived temperature information, data transmitter-receiver set obtains the report kept in the array transmitted Text, in addition rely on the temporary message of the message for being used for keeping in the array transmitted, the interruption period that message transmits and setting when Section maximum value assert final the transmissions size for this time transmitting message, by for message temporary in the array transmitted in the past The transmission moment and it is final transmit size, through in the message kept in the array transmitted, the message to be transmitted being obtained, towards cloud The server message to be transmitted.Because this time transmit message it is final transmit size be by in the array transmitted temporarily The message size deposited is come what is assert, as long as in addition when the transmission for having arrived temperature information, data transmitter-receiver set can Message is transmitted towards Cloud Server, makes the delivery rate of temperature information constant, smooth with this, temperature in the same period is improved and believes The transmission effect of breath.Also it is exactly that the random message in the array for transmitting transmits all not being transmitted to correctly several times After Cloud Server, data transmitter-receiver set just this message to it is next setting message between message dispose, with this prevent by The message size kept in the array for transmitting is not small and occurs transmitting the temperature letter for taking and Cloud Server being allowed to obtain very greatly Breath carries real-time.
Description of the drawings
Fig. 1 is the component schematic diagram of the present invention.
Specific implementation mode
The present invention is described further below in conjunction with drawings and examples.
Embodiment 1：
As shown in Figure 1, the raw material of enhanced hanging belt, the raw material of the enhanced hanging belt include：Parts by weight are 12 The PU of part, the PP that parts by weight are 8 parts, the ABS that parts by weight are 8 parts, the starch that parts by weight are 72 parts, parts by weight 6 The apple pomace of part, the stalk fibre that parts by weight are 16 parts, the nano zine oxide that parts by weight are 2 parts, parts by weight are 18 parts Nano chitosan, the nano-titanium dioxide that parts by weight are 8 parts, the polyethylene terephthalate that parts by weight are 92 parts Polystyrene that ester, parts by weight are 18 parts, the ethylene oxide that parts by weight are 2 parts, the oxidic polyethylene that parts by weight are 1 part Paraffin that wax, parts by weight are 0.8 part, the lime stone that parts by weight are 12 parts, the 3- mercaptos hydroxypropyl methyl two that parts by weight are 1 part The vaseline that methoxy silane and parts by weight are 2 parts.
The manufacturing step of the enhanced hanging belt, includes the following steps：
Step a, the PU that parts by weight are 12 parts, the PP that parts by weight are 8 parts, the ABS that parts by weight are 8 parts, weight Starch that number is 72 parts, the apple pomace that parts by weight are 6 parts, the stalk fibre that parts by weight are 16 parts, parts by weight are 2 parts Nano zine oxide, the Nano chitosan that parts by weight are 18 parts and the nano-titanium dioxide that parts by weight are 8 parts be blended in one It rises and is mixing uniformly to form mixture one；
Step b, mixture is executed fragmentation once enclosed fragmentation machine, obtains fragmentation particulate matter；
Step c, the polyethylene terephthalate that parts by weight are 92 parts, the polyphenyl second that parts by weight are 18 parts Ethylene oxide that alkene, parts by weight are 2 parts, the oxidized polyethylene wax that parts by weight are 1 part, the paraffin that parts by weight are 0.8 part, Lime stone, the 3- mercapto hydroxypropyl methyl dimethoxysilanes that parts by weight are 1 part and the parts by weight that parts by weight are 12 parts are 2 The vaseline of part mixes and is mixing uniformly to form mixture two；
Step d, mixture two is put into crucible and is heated, heating temperature is 100 degree, ranging from 12 points of heating time Then clock is mixed the mixture two after heating thoroughly, then after mixing thoroughly mixture two and fragmentation particulate matter be placed on tablet press machine Briquet, pelletizing temperature are 80 degree, 18 degree are naturally cooled to after tabletting under 18 degree of environment temperature, then compacting Blocking material cuts into the shape of hanging belt, and enhanced hanging belt has been made in this way.
In addition, the enhanced hanging belt that the present embodiment is obtained is as test group, application No. is 201110437970.4, Shens Please be 2011.12.23 and patent name day it be to be provided in " a kind of high polymer polyethylene fiber tubular sling and preparation method thereof " The high polymer polyethylene fiber tubular sling for belonging to hanging belt as a control group, test group and control group are rotated respectively The test of bending fatigue strength and contact fatigue strength obtains the result of table 1：
Table 1
Rotary bending fatigue intensity (MPa) Contact fatigue strength (MPa)
Test group 614 2134
Control group 133 324
By table 1 as it can be seen that compared with the hanging belt of the prior art, the enhanced hanging belt of the present embodiment significantly improves lifting The anti-destructive of band especially improves the rotary bending fatigue intensity and contact fatigue strength of hanging belt.
Embodiment 2：
The raw material of the raw material of enhanced hanging belt, the enhanced hanging belt includes：Parts by weight be 14 parts PU, weight PP that number is 12 parts, the ABS that parts by weight are 12 parts, the starch that parts by weight are 85 parts, the apple that parts by weight are 9 parts Stalk fibre that slag, parts by weight are 20 parts, the nano zine oxide that parts by weight are 3 parts, the nanoshell that parts by weight are 20 parts Nano-titanium dioxide that glycan, parts by weight are 11 parts, the polyethylene terephthalate that parts by weight are 102 parts, weight Polystyrene that number is 21 parts, the ethylene oxide that parts by weight are 5 parts, the oxidized polyethylene wax that parts by weight are 4 parts, weight Paraffin that number is 1.1 parts, the lime stone that parts by weight are 13 parts, the 3- mercapto hydroxypropyl methyl dimethoxys that parts by weight are 2 parts The vaseline that silane and parts by weight are 3 parts.
The manufacturing step of the enhanced hanging belt, includes the following steps：
Step a, the PU that parts by weight are 14 parts, the PP that parts by weight are 12 parts, the ABS that parts by weight are 12 parts, again Measure the starch that number is 85 parts, the apple pomace that parts by weight are 9 parts, the stalk fibre that parts by weight are 20 parts, parts by weight 3 The nano zine oxide, the Nano chitosan that parts by weight are 20 parts and the nano-titanium dioxide that parts by weight are 11 parts of part are blended in Together and it is mixing uniformly to form mixture one；
Step b, mixture is executed fragmentation once enclosed fragmentation machine, obtains fragmentation particulate matter；
Step c, the polyethylene terephthalate that parts by weight are 102 parts, the polyphenyl second that parts by weight are 21 parts Ethylene oxide that alkene, parts by weight are 5 parts, the oxidized polyethylene wax that parts by weight are 4 parts, the paraffin that parts by weight are 1.1 parts, Lime stone, the 3- mercapto hydroxypropyl methyl dimethoxysilanes that parts by weight are 2 parts and the parts by weight that parts by weight are 13 parts are 3 The vaseline of part mixes and is mixing uniformly to form mixture two；
Step d, mixture two is put into crucible and is heated, heating temperature is 110 degree, ranging from 20 points of heating time Then clock is mixed the mixture two after heating thoroughly, then after mixing thoroughly mixture two and fragmentation particulate matter be placed on tablet press machine Briquet, pelletizing temperature are 100 degree, 20 degree are naturally cooled to after tabletting under 20 degree of environment temperature, then pressure The material that block is made cuts into the shape of hanging belt, and enhanced hanging belt has been made in this way.
In addition, the enhanced hanging belt that the present embodiment is obtained is as test group, application No. is 201110437970.4, Shens Please be 2011.12.23 and patent name day it be to be provided in " a kind of high polymer polyethylene fiber tubular sling and preparation method thereof " The high polymer polyethylene fiber tubular sling for belonging to hanging belt as a control group, test group and control group are rotated respectively The test of bending fatigue strength and contact fatigue strength obtains the result of table 2：
Table 2
Rotary bending fatigue intensity (MPa) Contact fatigue strength (MPa)
Test group 653 2205
Control group 133 324
As can be seen from Table 2, compared with the hanging belt of the prior art, the enhanced hanging belt of the present embodiment significantly improves lifting The anti-destructive of band especially improves the rotary bending fatigue intensity and contact fatigue strength of hanging belt.
Embodiment 3：
The raw material of the raw material of enhanced hanging belt, the enhanced hanging belt includes：Parts by weight be 12-16 parts PU, PP that parts by weight are 8-16 parts, the ABS that parts by weight are 8-16 parts, the starch that parts by weight are 72-98 parts, parts by weight are 6-12 parts of apple pomace, the stalk fibre that parts by weight are 16-24 parts, the nano zine oxide that parts by weight are 2-4 parts, parts by weight Nano chitosan that number is 18-22 parts, the nano-titanium dioxide that parts by weight are 8-14 parts, parts by weight are 92-112 parts poly- Polystyrene that ethylene glycol terephthalate, parts by weight are 18-24 parts, the ethylene oxide that parts by weight are 2-8 parts, weight Oxidized polyethylene wax that number is 1-7 parts, the paraffin that parts by weight are 0.8-1.4 parts, the lime that parts by weight are 12-14 parts The 3- mercapto hydroxypropyl methyl dimethoxysilanes that stone, parts by weight are 1-3 parts and the vaseline that parts by weight are 2-4 parts.
The manufacturing step of the enhanced hanging belt, includes the following steps：
Step a, it is 8-16 parts the PU that parts by weight are 12-16 parts, the PP that parts by weight are 8-16 parts, parts by weight Starch that ABS, parts by weight are 72-98 parts, the apple pomace that parts by weight are 6-12 parts, the stalk that parts by weight are 16-24 parts Nano zine oxide, the Nano chitosan that parts by weight are 18-22 parts and the parts by weight that fiber, parts by weight are 2-4 parts are 8- 14 parts of nano-titanium dioxide mixes and is mixing uniformly to form mixture one；
Step b, mixture is executed fragmentation once enclosed fragmentation machine, obtains fragmentation particulate matter；
Step c, it is 18-24 parts polyethylene terephthalate that parts by weight are 92-112 parts, parts by weight Ethylene oxide that polystyrene, parts by weight are 2-8 parts, the oxidized polyethylene wax that parts by weight are 1-7 parts, parts by weight are 0.8-1.4 parts of paraffin, the lime stone that parts by weight are 12-14 parts, the 3- mercapto hydroxypropyl methyl dimethoxies that parts by weight are 1-3 parts The vaseline that base silane and parts by weight are 2-4 parts mixes and is mixing uniformly to form mixture two；
Step d, mixture two is put into crucible and is heated, heating temperature is 100-120 degree, and heating time is ranging from 12-28 minutes, then the mixture two after heating is mixed thoroughly, then after mixing thoroughly mixture two and fragmentation particulate matter be placed in pressure Briquet on piece machine, pelletizing temperature are 80-120 degree, are naturally cooled under the environment temperature of 18-22 degree after tabletting 18-22 degree, then cuts into the material of briquet the shape of hanging belt, and enhanced hanging belt has been made in this way.
In addition, the enhanced hanging belt that the present embodiment is obtained is as test group, application No. is 201110437970.4, Shens Please be 2011.12.23 and patent name day it be to be provided in " a kind of high polymer polyethylene fiber tubular sling and preparation method thereof " The high polymer polyethylene fiber tubular sling for belonging to hanging belt as a control group, test group and control group are rotated respectively The test of bending fatigue strength and contact fatigue strength obtains the result of table 3：
Table 3
Rotary bending fatigue intensity (MPa) Contact fatigue strength (MPa)
Test group 702 2739
Control group 133 324
By table 3 as it can be seen that compared with the hanging belt of the prior art, the enhanced hanging belt of the present embodiment significantly improves lifting The anti-destructive of band especially improves the rotary bending fatigue intensity and contact fatigue strength of hanging belt.
Thus obtained enhanced hanging belt improves rotary bending fatigue intensity and contact fatigue strength, and it is curved to meet rotation Bent fatigue strength requires not low environment, survivability strong with contact fatigue strength.
In addition in the environment under the environment temperature of 18-22 degree, the situation of change of environment temperature, often exists in order to obtain Temperature sensor is provided in the environment, temperature sensor connects data transmitter-receiver set, and data transmitter-receiver set passes through communication network Cloud Server is connected, the temperature information in environment is transmitted to data transmitter-receiver set via temperature sensor in this way, then by data The temperature information is reported to Cloud Server by R-T unit by communication network, and data transmitter-receiver set will by communication network When the temperature information is reported to Cloud Server, data transmitter-receiver set plays the temperature of the first meeting Cloud Server to be passed to Information generates message, obtains several messages, each message is then transmitted to cloud service via communication network by Handshake Protocol Device after a upper message is correctly transmitted to Cloud Server, can transmit next message, if communication network during transmission When network communication condition is bad, it is not transmitted to Cloud Server correctly several times if there is a message, data transmitter-receiver set can be held It resumes and passs the message, until the message is correctly transmitted to Cloud Server.
That is, when transmitting temperature information, if when communication condition is bad, if there is a report Text several times is not transmitted to Cloud Server correctly, data transmitter-receiver set can continue to transmit the message, be in the same period In, temperature information transmission effect is bad, and the temperature information real-time in addition transmitted is inadequate, when transmitting total interval of the message Duan Bu little.
In addition in the environment under the environment temperature of 18-22 degree, temperature sensor is provided in the environment, temperature passes Sensor connects data transmitter-receiver set, and data transmitter-receiver set connects Cloud Server by communication network, in this way via temperature sensor Temperature information in environment is transmitted to data transmitter-receiver set, then the temperature is believed by communication network by data transmitter-receiver set Breath is reported to Cloud Server；
The method that the temperature information is reported to Cloud Server is included such as by communication network by the data transmitter-receiver set Lower step：
Step 2-1, when the transmission for having arrived temperature information, data transmitter-receiver set obtains in the array transmitted temporarily The message deposited transmits and is used for keeping in the message that Cloud Server does not have identification in the array for being used for transmitting；
Step 2-2, it is temporary by the interruption period and setting transmitted for message, the message kept in the array transmitted The period maximum value of message assert the final transmission size for this time transmitting message；
Step 2-3, by for being kept in the array transmitted pervious transmission moment of message and it is final transmit size, Through in the message kept in the array transmitted, obtaining the message to be transmitted；
Step 2-4, the message to be transmitted towards Cloud Server.
When the transmission for having arrived temperature information, data transmitter-receiver set obtains the report kept in the array transmitted Text, in addition rely on the temporary message of the message for being used for keeping in the array transmitted, the interruption period that message transmits and setting when Section maximum value assert final the transmissions size for this time transmitting message, by for message temporary in the array transmitted in the past The transmission moment and it is final transmit size, through in the message kept in the array transmitted, the message to be transmitted being obtained, towards cloud The server message to be transmitted.Because this time transmit message it is final transmit size be by in the array transmitted temporarily The message size deposited is come what is assert, as long as in addition when the transmission for having arrived temperature information, data transmitter-receiver set can Message is transmitted towards Cloud Server, makes the delivery rate of temperature information constant, smooth with this, temperature in the same period is improved and believes The transmission effect of breath.Also it is exactly that the random message in the array for transmitting transmits all not being transmitted to correctly several times After Cloud Server, data transmitter-receiver set just this message to it is next setting message between message dispose, with this prevent by The message size kept in the array for transmitting is not small and occurs transmitting the temperature letter for taking and Cloud Server being allowed to obtain very greatly Breath carries real-time.
By the temporary message for message, the interruption period that message transmits and the setting kept in the array transmitted when Section maximum value assert the final transmission size for this time transmitting message, including such as under type：
By the period maximum value for the temporary message for being interrupted period and setting that message transmits, identification delivers how many times；
By for the message kept in the array transmitted and how many times are delivered, the final biography for this time transmitting message is assert Pass size.
By for being kept in the array transmitted pervious transmission moment of message and it is final transmit size, through being used for passing In the message kept in the array passed, the message to be transmitted is obtained, including such as under type：
Size is transmitted by final, through for obtaining final message in the message kept in the array transmitted；
Assert whether final message transmits for the first time；
If final message is to transmit for the first time, it is big less than the current message to be transmitted assert in addition finally to transmit size It is small, final message is just treated as the message to be transmitted；
If final message is not to transmit for the first time, the size of period one of final message compared with the size of period two；
It is less than the size of period one in the size of the period two of final message, in addition final transmission size is less than has recognized now Final message is just treated as the message to be transmitted by the fixed message size to be transmitted；
Here, the size of period one be on final message one the transmission moment with the period between present moment, the period two Size is that Cloud Server executes message assert to be correct period size.
The method that the temperature information is reported to Cloud Server by the data transmitter-receiver set by communication network, is also wrapped It includes：
If the quantity for delivering how many times of a random message has arrived at the number of setting and has not all been transmitted to correctly When Cloud Server, just message is disposed with the message between the message of setting.
The message to be transmitted towards Cloud Server, including such as under type：
By the bandwidth of communication network, the number of bits transmitted while message is assert；
By the translation sequence of the number of bits, the message and the message to be transmitted to be transmitted transmitted simultaneously, to transmit Message execute division, obtain the corresponding message group of number of bits of transmission simultaneously；
Towards Cloud Server message group is transmitted in the way of once one bit of transmission.
The method that the temperature information is reported to Cloud Server by the data transmitter-receiver set by communication network, specifically Including step：
Step 3-1, temperature information is formed message by data transmitter-receiver set, then message is temporarily stored in the array for transmitting In；
To ensure to greatest extent play temperature reliability, prevent message from omitting or occurring during transmission or occur it is poor It is wrong so that Cloud Server cannot obtain or obtain to the message wrong, and temperature information can not be correctly obtained, in this way, to reach At the transmission again of message, data transmitter-receiver set, which has, is used for the array transmitted, is used to keep in the array for being used for transmitting Not by the message of Cloud Server identification.If there is message is omitted during transmission, the Cloud Server for being cannot obtain, such data R-T unit can be through for obtaining the message in the array transmitted, moreover it is possible to transmit the message again；If message exists Mistake occurs during transmission so that Cloud Server obtains wrong, and such data transmitter-receiver set can be through for obtaining in the array transmitted Obtain the message, moreover it is possible to transmit the message again.
Because temperature information has demand to real-time, data transmitter-receiver set keeps in report in the array for transmitting When text, temporary message is with the temporary period maximum value of setting, in the temporary message period maximum value temporary in setting In be correctly transmitted to Cloud Server, just assert by Cloud Server, such data transmitter-receiver set can learn message by Cloud Server After identification, the message is passed through in the array for being used for transmitting and is disposed；In the temporary message period maximum value temporary in setting In be not transmitted to Cloud Server correctly, data transmitter-receiver set can be disposing in the message straight array through being used for transmitting； Here, setting temporary period maximum value can make 0.04 second, 0.07 second or 0.2 second.
For, also with setting for the array size transmitted, the message of setting number can be kept in the array transmitted.
Just as the array size for transmitting in the array transmitted is 0.3M, and the size of the message of formation is 0.003M, then can only keep in 100 messages in the array for being used for transmitting.
When step 3-2, when the transmission for having arrived temperature information, data transmitter-receiver set obtains in the array transmitted temporarily The message deposited.
The transmission effect for improving temperature information makes the delivery rate of temperature information constant, smooth, data transmitter-receiver set tool There is timing module, the timing module can transmit a request message by the period towards data transmitter-receiver set, to activate data transmit-receive to fill Set the message kept in the array that acquisition is used for transmitting；Here, timing module is towards between data transmitter-receiver set transmission request message The interruption period is sized to be 0.04 second, 0.06 second or 0.07 second；During transmitting temperature information, if every 0.04 second, 0.06 second or 0.07 second timing module all transmit request message towards data transmitter-receiver set, to activate data transmitter-receiver set to start to obtain Operation for the message kept in the array transmitted.
Step 3-3, data transmitter-receiver set relies on the interruption period that the message kept in the array for being used for transmitting, message transmit With the period maximum value of the temporary message of setting, assert that this transmits the final transmission size of message.
The period maximum value for having setting temporary for the message kept in in the array transmitted, it is ensured that for what is transmitted The message kept in array is correctly transmitted in Cloud Server in the temporary period maximum value of setting, and data transmitter-receiver set is every Before transmitting message, it can rely on the message kept in the array for being used for transmitting, the interruption period of message transmission and setting The period maximum value of temporary message assert that the final transmission size for this time sending message, the final transmission size are to be shown in Before message for being kept in the array transmitted arrives at the temporary period maximum value of setting, in the array transmitted temporarily The minimum required transmission size to be used when being transmitted of the message deposited；Here, the interruption period that message transmits is the same as meter When module towards data transmitter-receiver set transmit request message period it is in the same size.
Interruption period that message that the collector is kept in by for the array transmitted, message transmit and setting The period maximum value of temporary message can run such as under type when assert the final transmission size for this time transmitting message：
Originally how much, the period maximum value of the temporary message for the interruption period and setting transmitted by message, assert transmission Secondary quantity；
Here, the quantity for transmitting how many times is in the temporary period maximum value of setting in the array transmitted Temporary message transmits the maximum value of how many times；When deriving the quantity for transmitting how many times, the temporary message of setting when Section maximum value is divided by with the interruption period that message transmits, and the quotient of acquisition as the quantity for transmitting how many times；Just as setting The interruption period that message transmits is 0.03 second, and the maximum value of the period of the temporary message of setting is 0.3 second, then transmitting how many times Quantity be setting temporary message period maximum value divided by message transmit the interruption period obtain 10, that is, transmit how much Secondary quantity is 10.
Then, by for being kept in the array transmitted message and transmit the quantity of how many times, assert and this time transmit report The final transmission size of text；
It, can be same for message temporary in the array transmitted when assert the final transmission size for this time transmitting message The quantity for transmitting how many times is divided by, also the quotient of acquisition as the final transmission size of this transmission message；Just as passing The message amount kept in the array passed is 300, and the quantity of message how many times is transmitted in the temporary period maximum value of setting and is 30, then the final size of transmitting for transmitting message at this time is the message kept in the array transmitted divided by transmission how many times Quantity, that is, 10, that is, this time 10 messages are transmitted at least.
Because the temperature information real-time demand that data transmitter-receiver set transmits is high, temperature information to transmit real-time, When transmitting temperature information, the primary big palpulus of transmission for transmitting message is larger.
Also it is exactly that data transmitter-receiver set sends the final transmission size of message, is also limited by communication network conditions, logical When communication network condition is bad, the message number that can be transmitted is few；When communication network conditions are pretty good, the message that can be transmitted is a Number is many, so, when assert the final transmission size for this time transmitting message, the communication network conditions that must also be related to now are held Row is assert.
3-4, data transmitter-receiver set rely on pervious transmission moment of the message for being used for being kept in the array transmitted and final Size is transmitted, through being gone through for the message kept in the array transmitted, obtains the message to be transmitted；
The transmission situation of message is obtained, when data transmitter-receiver set transmits message towards Cloud Server, data transmitter-receiver set The message information that transmission can be preserved, with regard to moment at that time of Image relaying message, the message ID of transmission.
Also it is exactly to eliminate circulating transfer information useless, transmission efficiency not so can be made not high, obtained in Cloud Server The message that data transmitter-receiver set transmits is obtained, the message of transmission is executed after assert, Cloud Server can be transmitted towards data transmitter-receiver set One assert message, described to assert that the message ID for having in message and being identified, data transmitter-receiver set are obtained when assert message, preserves At the time of obtained identification message, also rely on the message ID being identified for assert message power, the message being identified is passed through and is used for passing It is disposed in the array passed.
The final transmission size assert in the transmission moment and the 3-3 by the transmission message of preservation, data transmit-receive dress Set the message kept in by for the array transmitted the pervious transmission moment and it is final transmit size, through for transmitting Can include following method when obtaining the message to be transmitted in the message kept in array：
(1) rely on it is final transmit size, through for obtaining final message in the message kept in the array transmitted；
Because temperature information is to sequentially form message according to the acquisition order of temperature, in the array in addition being used for transmitting temporarily The message deposited is also to execute storage, that is, the head storage for the array transmitted successively according to the acquisition order of temperature Acquisition moment message earlier, is stored for the tail portion in the array transmitted and acquire the message of moment later, so, it be really Temperature information to be protected to be obtained by Cloud Server successively according to acquisition order, data transmitter-receiver set is transmitting size by final, Through for when obtaining final message in the message kept in the array transmitted, must through for the head in the array transmitted towards tail Portion obtains successively.
(2) assert whether final message transmits for the first time：
It prevents circulating transfer information useless and to transmit the not high problem of efficiency, data transmitter-receiver set is obtaining finally After message, also whether the final message of identification is transmitted as a link for the first time；Specifically, because on data transmitter-receiver set The message information transmitted is stored, so, data transmitter-receiver set can rely on the message information of the transmission of storage to execute identification；If The message ID of final message is retrieved in the message information of transmission of the data transmitter-receiver set through storage, it is assumed that the non-head of final message Secondary transmission；If not retrieving the message ID of final message in the message information of transmission of the data transmitter-receiver set through storage, just recognize Fixed final message is to transmit for the first time；
By the identification to final message, if final message is to transmit for the first time, it is less than now in addition finally transmitting size Final message is just treated as the message to be transmitted by the message size to be transmitted assert；If final message is not to pass for the first time It passs, in addition final message must also be continued to assert, it, must be the size same period of the period one of final message when continuing identification Two size executes comparison, and the size of the period one of final message is less than in the size of period two, indicates the identification of final message Period is not short, and perhaps this message cannot be assert by Cloud Server, is wanted in this way less than what is assert now if finally transmitting size The message size of transmission, you can final message is served as the message to be transmitted；Here, the size of period one is one on final message The transmission moment with the period between present moment, the message information of the transmission of data transmitter-receiver set storage can be relied on to execute identification； Just as the storage of, data transmitter-receiver set have final message it is last transmit the moment be 9 points nine seconds nine minutes, the current moment is 9 points Nine point 30, then the size of period one is 21 seconds；The size of period two is the base that Cloud Server confirms message It is punctual long.The size of period two is the size of the period of a total, when detailed identification, is first obtained on data transmitter-receiver set The size of the round-trip period of each message once transmitted then averages the size for each of obtaining the round-trip period, obtains Mean value one, the size of the round-trip period of each message then transmitted twice on obtaining, each of obtaining the round-trip period Size is averaged, and mean value two is obtained, as soon as by the mean value obtained and mean value two, releases the size of period two；Specifically, when The size of section two be 1/8th be multiplied by the products of mean value one be multiplied by plus 7/8ths mean value product is obtained and value；
During the size of the period one of final message is executed comparison with the size of period two, if final message when The size of section one is less than the size of period two, indicates the size of assert period of the size in license of the identification period of final message In range, it at this moment can cross the final message and indicate to pass through；
Also it is exactly, during obtaining the message to be transmitted, if the quantity of the transmission how many times of a random message arrives at The threshold value of setting and when not all correctly being transferred to Cloud Server, will prevent from being unfavorable for the live effect of temperature information transmission, Message is disposed described in energy diameter straight grip；But because when temperature information is formed message, next message is to use one Message is formed on the basis of message, corresponding, when reception, next message can equally use a message and be Cloud Server Benchmark executes arranged in sequence；A random message in temperature information is disposed of, and Cloud Server is in the report for obtaining temperature information Wen Hou, cannot be the correct arranged in sequence of this message.So to prevent information transmission effect bad, in the phase for transmitting temperature information Between, after the message in temperature information is eliminated, the message must be disposed with whole messages between setting message.Setting report Text is the first message of next temperature information.
Step 3-5, data transmitter-receiver set is towards the Cloud Server message to be transmitted：
During transmitting message, the bandwidth of communication network limits the size for the number of bits transmitted while message, Just as under conditions of determination does not lose message, when the bandwidth of communication network is not small, several messages can be transmitted simultaneously； When the bandwidth of communication network is little, few message can be only transmitted simultaneously, so, to prevent occurring losing report during terminating in transmission The problem of text, data transmitter-receiver set must first rely on the bandwidth of communication network when the message to be transmitted towards Cloud Server, The number of bits transmitted while message is assert, by the number of bits transmitted simultaneously, the message to be transmitted and the report to be transmitted The translation sequence of text executes division, the corresponding message group of number of bits for obtaining while transmitting to the message to be transmitted；It is taken towards cloud Business device transmits message group in the way of once one bit of transmission.
When the transmission for having arrived temperature information, data transmitter-receiver set obtains the report kept in the array transmitted Text, in addition rely on the temporary message of the message for being used for keeping in the array transmitted, the interruption period that message transmits and setting when Section maximum value assert final the transmissions size for this time transmitting message, by for message temporary in the array transmitted in the past The transmission moment and it is final transmit size, through in the message kept in the array transmitted, the message to be transmitted being obtained, towards cloud The server message to be transmitted.Because this time transmit message it is final transmit size be by in the array transmitted temporarily The message size deposited is come what is assert, as long as in addition when the transmission for having arrived temperature information, data transmitter-receiver set can Message is transmitted towards Cloud Server, makes the delivery rate of temperature information constant, smooth with this, temperature in the same period is improved and believes The transmission effect of breath.Also it is exactly that the random message in the array for transmitting transmits all not being transmitted to correctly several times After Cloud Server, data transmitter-receiver set just this message to it is next setting message between message dispose, with this prevent by The message size kept in the array for transmitting is not small and occurs transmitting the temperature letter for taking and Cloud Server being allowed to obtain very greatly Breath carries real-time.
It is such to have the beneficial effect that：
When the transmission for having arrived temperature information, data transmitter-receiver set obtains the report kept in the array transmitted Text, in addition rely on the temporary message of the message for being used for keeping in the array transmitted, the interruption period that message transmits and setting when Section maximum value assert final the transmissions size for this time transmitting message, by for message temporary in the array transmitted in the past The transmission moment and it is final transmit size, through in the message kept in the array transmitted, the message to be transmitted being obtained, towards cloud The server message to be transmitted.Because this time transmit message it is final transmit size be by in the array transmitted temporarily The message size deposited is come what is assert, as long as in addition when the transmission for having arrived temperature information, data transmitter-receiver set can Message is transmitted towards Cloud Server, makes the delivery rate of temperature information constant, smooth with this, temperature in the same period is improved and believes The transmission effect of breath.Also it is exactly that the random message in the array for transmitting transmits all not being transmitted to correctly several times After Cloud Server, data transmitter-receiver set just this message to it is next setting message between message dispose, with this prevent by The message size kept in the array for transmitting is not small and occurs transmitting the temperature letter for taking and Cloud Server being allowed to obtain very greatly Breath carries real-time.
Thus obtained enhanced hanging belt improves rotary bending fatigue intensity and contact fatigue strength, and it is curved to meet rotation Bent fatigue strength requires not low environment, survivability strong with contact fatigue strength.
The present invention is described in a manner of being illustrated with embodiment above, it will be understood by those of skill in the art that this It is open to be not limited to embodiments described above, in the case of without departing from the scope of the present invention, it can make a variety of changes, change And replacement.

Claims (8)

1. a kind of raw material of enhanced hanging belt, which is characterized in that the raw material of the enhanced hanging belt includes：Parts by weight are 12-16 parts of PU, the PP that parts by weight are 8-16 parts, the ABS that parts by weight are 8-16 parts, the shallow lake that parts by weight are 72-98 parts Apple pomace that powder, parts by weight are 6-12 parts, the stalk fibre that parts by weight are 16-24 parts, the nanometer that parts by weight are 2-4 parts Nano chitosan that zinc oxide, parts by weight are 18-22 parts, the nano-titanium dioxide that parts by weight are 8-14 parts, parts by weight For 92-112 parts of polyethylene terephthalates, parts by weight be 18-24 parts polystyrene, parts by weight be 2-8 parts Ethylene oxide, the oxidized polyethylene wax that parts by weight are 1-7 parts, the paraffin that parts by weight are 0.8-1.4 parts, parts by weight be 12-14 parts of lime stone, the 3- mercapto hydroxypropyl methyl dimethoxysilanes that parts by weight are 1-3 parts and parts by weight are 2-4 parts Vaseline.
2. the manufacturing step of enhanced hanging belt according to claim 1, which is characterized in that include the following steps：
Step a, the PU that parts by weight are 12-16 parts, the PP that parts by weight are 8-16 parts, the ABS that parts by weight are 8-16 parts, Starch that parts by weight are 72-98 parts, the apple pomace that parts by weight are 6-12 parts, the stalk fibre that parts by weight are 16-24 parts, Nano zine oxide, the Nano chitosan that parts by weight are 18-22 parts and the parts by weight that parts by weight are 2-4 parts are 8-14 parts Nano-titanium dioxide mixes and is mixing uniformly to form mixture one；
Step b, mixture is executed fragmentation once enclosed fragmentation machine, obtains fragmentation particulate matter；
Step c, the polyethylene terephthalate that parts by weight are 92-112 parts, the polyphenyl that parts by weight are 18-24 parts Ethylene oxide that ethylene, parts by weight are 2-8 parts, the oxidized polyethylene wax that parts by weight are 1-7 parts, parts by weight 0.8- 1.4 parts of paraffin, the lime stone that parts by weight are 12-14 parts, the 3- mercapto hydroxypropyl methyl dimethoxy silicon that parts by weight are 1-3 parts The vaseline that alkane and parts by weight are 2-4 parts mixes and is mixing uniformly to form mixture two；
Step d, mixture two is put into crucible and is heated, heating temperature is 100-120 degree, heating time ranging from 12- 28 minutes, then the mixture two after heating is mixed thoroughly, then after mixing thoroughly mixture two and fragmentation particulate matter be placed in tabletting Briquet on machine, pelletizing temperature are 80-120 degree, and 18- is naturally cooled under the environment temperature of 18-22 degree after tabletting 22 degree, then the material of briquet is cut into the shape of hanging belt, enhanced hanging belt has been made in this way.
3. the manufacturing step of enhanced hanging belt according to claim 2, which is characterized in that in addition in the ring of 18-22 degree In the environment at a temperature of border, temperature sensor is provided in the environment, temperature sensor connects data transmitter-receiver set, data R-T unit connects Cloud Server by communication network, and the temperature information in environment is transmitted to number via temperature sensor in this way The temperature information is reported to by communication network by Cloud Server according to R-T unit, then by data transmitter-receiver set.
4. the manufacturing step of enhanced hanging belt according to claim 3, which is characterized in that the enhanced hanging belt Manufacturing step, specific steps include：
The method that the temperature information is reported to Cloud Server is included following step by communication network by the data transmitter-receiver set Suddenly：
Step 2-1, when the transmission for having arrived temperature information, data transmitter-receiver set obtain in the array transmitted keep in Message transmits and is used for keeping in the message that Cloud Server does not have identification in the array for being used for transmitting；
Step 2-2, by the temporary message for the interruption period and setting transmitted for message, the message kept in the array transmitted Period maximum value, assert this time transmit message final transmission size；
Step 2-3, by for being kept in the array transmitted pervious transmission moment of message and it is final transmit size, through with In the message kept in the array transmitted, to obtain the message to be transmitted；
Step 2-4, the message to be transmitted towards Cloud Server.
5. the manufacturing step of enhanced hanging belt according to claim 4, which is characterized in that by the array for transmitting In keep in message, message transmit interruption the period and setting temporary message period maximum value, assert this time transmit message Final transmission size, including such as under type：
By the period maximum value for the temporary message for being interrupted period and setting that message transmits, identification delivers how many times；
By for the message kept in the array transmitted and how many times are delivered, assert and this time transmit the final transmission of message greatly It is small.
6. the manufacturing step of enhanced hanging belt according to claim 4, which is characterized in that by the array for transmitting In pervious transmission moment of message for keeping in and it is final transmit size, through in the message kept in the array transmitted, obtaining The message that must be transmitted, including such as under type：
Size is transmitted by final, through for obtaining final message in the message kept in the array transmitted；
Assert whether final message transmits for the first time；
If final message is to transmit for the first time, in addition finally transmits size and is less than the current message size to be transmitted assert, Final message is just treated as the message to be transmitted；
If final message is not to transmit for the first time, the size of period one of final message compared with the size of period two；
In the size of the period two of final message it is less than the size of period one, in addition finally transmits size and be less than and current assert Final message is just treated as the message to be transmitted by the message size to be transmitted；
Here, the size of period one be on final message one the transmission moment with the period between present moment, the size of period two It is that Cloud Server executes message assert to be correct period size.
7. the manufacturing step of enhanced hanging belt according to claim 4, which is characterized in that the data transmitter-receiver set is logical The method that the temperature information is reported to Cloud Server by communication network is crossed, further includes：
If the quantity for delivering how many times of a random message has arrived at the number of setting and has not all been transmitted to cloud clothes correctly When business device, just message is disposed with the message between the message of setting.
The message to be transmitted towards Cloud Server, including such as under type：
By the bandwidth of communication network, the number of bits transmitted while message is assert；
By the translation sequence of the number of bits, the message and the message to be transmitted to be transmitted transmitted simultaneously, to the report to be transmitted Text executes division, the corresponding message group of number of bits for obtaining while transmitting；
Towards Cloud Server message group is transmitted in the way of once one bit of transmission.
8. the manufacturing step of enhanced hanging belt according to claim 4, which is characterized in that the data transmitter-receiver set is logical The method that the temperature information is reported to Cloud Server by communication network is crossed, includes particularly step：
Step 3-1, temperature information is formed message by data transmitter-receiver set, and then message is temporarily stored in the array for transmitting；
When data transmitter-receiver set keeps in message in the array for transmitting, temporary message with the setting temporary period most Big value is correctly transmitted to Cloud Server in the temporary period maximum value of setting in temporary message, is just assert by Cloud Server, After data transmitter-receiver set can be assert learning message by Cloud Server in this way, the message is passed through in the array for being used for transmitting and is removed Fall；It is not transmitted to Cloud Server, data transmitter-receiver set energy handle correctly in the temporary period maximum value of setting in temporary message It is disposed in the message array that warp is used for transmitting straight；
For, also with setting for the array size transmitted, the message of setting number can be kept in the array transmitted；
When step 3-2, when the transmission for having arrived temperature information, data transmitter-receiver set obtain in the array transmitted keep in Message；
There is data transmitter-receiver set timing module, the timing module can transmit a request towards data transmitter-receiver set by the period and disappear Breath, come the message for activating data transmitter-receiver set acquisition to be used for keeping in the array transmitted；Here, timing module is filled towards data transmit-receive The interruption period set between transmitting request message is sized to be 0.04 second, 0.06 second or 0.07 second；In the phase for transmitting temperature information Between, as long as all request message is transmitted towards data transmitter-receiver set every 0.04 second, 0.06 second or 0.07 second timing module, to activate data R-T unit starts to obtain the operation for the message kept in the array transmitted；
Step 3-3, data transmitter-receiver set relies on the message kept in the array for being used for transmitting, the interruption period of message transmission and sets The period maximum value of fixed temporary message assert that this transmits the final transmission size of message；
The period maximum value for having setting temporary for the message kept in in the array transmitted, it is ensured that for the array transmitted In the message kept in correctly be transmitted in Cloud Server in the temporary period maximum value of setting, data transmitter-receiver set whenever in Before transmitting message, it can rely on the temporary of the message kept in the array for being used for transmitting, the interruption period of message transmission and setting The period maximum value of message, assert this time send message final transmission size, the final transmission size for be shown in for Before the message kept in the array of transmission arrives at the temporary period maximum value of setting, for keeping in in the array transmitted The minimum required transmission size to be used when being transmitted of message；Here, the interruption period that message transmits is the same as timing mould The period that block transmits request message towards data transmitter-receiver set is in the same size；
Interruption period that message that the collector is kept in by for the array transmitted, message transmit and setting it is temporary The period maximum value of message can run such as under type when assert the final transmission size for this time transmitting message：
Originally, the period maximum value of the temporary message for the interruption period and setting transmitted by message, assert and transmits how many times Quantity；
Here, the quantity for transmitting how many times is in the temporary period maximum value of setting for being kept in the array transmitted Message transmit how many times maximum value；When deriving the quantity for transmitting how many times, most period of the temporary message of setting Big value is divided by with the interruption period that message transmits, and the quotient of acquisition as the quantity for transmitting how many times；
Then, by for being kept in the array transmitted message and transmit the quantity of how many times, assert and this time transmit message It is final to transmit size；
It, can be the same transmission of message for being kept in the array transmitted when assert final the transmissions size for this time transmitting message The quantity of how many times is divided by, also the quotient of acquisition as the final transmission size of this transmission message；
3-4, data transmitter-receiver set rely on the pervious transmission moment for the message kept in the array for being used for transmitting and final transmission Size obtains the message to be transmitted through being gone through for the message kept in the array transmitted；
The final transmission size assert in the transmission moment and the 3-3 by the transmission message of preservation, data transmitter-receiver set exist By for being kept in the array transmitted pervious transmission moment of message and it is final transmit size, through the array for transmitting In keep in message in, obtain the message to be transmitted when, can include following method：
(1) rely on it is final transmit size, through for obtaining final message in the message kept in the array transmitted；
(2) assert whether final message transmits for the first time：
Specifically, because storing the message information transmitted on data transmitter-receiver set, data transmitter-receiver set, which can rely on, to be deposited The message information for the transmission put executes identification；If retrieved in the message information of transmission of the data transmitter-receiver set through storage final The message ID of message is transmitted for the first time it is assumed that finally message is non-；If the message information of transmission of the data transmitter-receiver set through storage In do not retrieve the message ID of final message, it is assumed that final message is to transmit for the first time；
By the identification to final message, if final message is to transmit for the first time, recognize now in addition finally transmitting size and being less than Final message is just treated as the message to be transmitted by the fixed message size to be transmitted；If final message is not to transmit for the first time, separately Outside final message must also be continued to assert, it, must be the size of the period one of final message with the period two when continuing identification Size executes comparison, and the size of the period one of final message is less than in the size of period two, indicates the identification period of final message Not short, perhaps this message cannot be assert by Cloud Server, in this way if finally transmitting size will transmit less than what is assert now Message size, you can final message is served as the message to be transmitted；Here, the size of period one is on final message one biography The moment is passed with the period between present moment, the message information of the transmission of data transmitter-receiver set storage can be relied on to execute identification；Detailed It is thin assert when, the size of the round-trip period of each message of data transmitter-receiver set last time transmission is first obtained, then obtaining Each of the size of round-trip period average, obtain mean value one, each message then transmitted twice on obtaining it is round-trip when The size of section averages the size for each of obtaining the round-trip period, obtains mean value two, by the mean value one and mean value obtained Two, just release the size of period two；Specifically, the size of period two be 1/8th be multiplied by the products of mean value one plus eight/ Seven be multiplied by mean value product is obtained and value；
During the size of the period one of final message is executed comparison with the size of period two, if the period one of final message Size be less than the period two size, indicate final message identification the period size license identification the period magnitude range In；
Step 3-5, data transmitter-receiver set is towards the Cloud Server message to be transmitted.
CN201810352133.3A 2018-04-19 2018-04-19 The raw material and manufacturing step of enhanced hanging belt Pending CN108676199A (en)

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CN101993558A (en) * 2009-08-09 2011-03-30 陈天云 Thin film produced by using starch fiber waste plastic
CN104725721A (en) * 2015-03-18 2015-06-24 陈广田 Degradable composite film as well as preparation method and application thereof

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Application publication date: 20181019